(Including but not limited to the following topics)
Track 1: Functional Materials
Metal alloys, tool materials
Superplastic materials, ceramics and glass
Composite materials, amorphous materials, nanomaterials, biomaterials
Multifunctional materials, intelligent materials
Engineering polymers, nuclear fuel materials
Sensors and surfaces
Thin-film chalcogenide photovoltaic materials
Nuclear materials IV, magnetic materials, multifunctional magnetic materials
Superconducting materials, structural materials
Spintronics materials and devices
Hard/soft magnetic materials
Cross-cutting materials
Track 2: Electronic Devices
Innovations in semiconductor materials
Nanoelectronic devices
Organic electronic technology
Power device design
Integrated circuit design
Development of sensor technology
Flexible electronic devices
Microelectronic manufacturing processes
Quantum electronic devices
Research on optoelectronic devices
High-frequency electronic devices
New types of storage devices
Low-power electronic design
Thermal management technology
Device reliability analysis
Track 3: Intelligent Sensing
Intelligent sensing and sensor design
MEMS and NEMS sensors and actuators
Biomedical and health monitoring sensors
Environmental sensing
Optical and visual imaging sensing technology
Sensor networks and data fusion
Application of artificial intelligence in sensor data analysis
Internet of Things intelligent sensing systems
Sensor calibration and self-calibration technology
Energy collection technology for sensor networks
Acoustic and ultrasonic sensing
Nanomaterials enhanced sensing
Quantum sensing
Tactile and force feedback sensors
Industrial 4.0 sensors and industrial process monitoring ......